Projectable Athletic Frame: At 6’0” and 175 lbs, the pitcher possesses a physical frame that is conducive to future development in strength and velocity with mechanical adjustments.

Controlled Initial Balance: The initial phase of the delivery, including the leg lift and posture at the peak of the lift, is controlled and demonstrates good initial balance before the forward move begins.

Premature Upper Body Rotation: The most critical area for improvement is correcting the tendency to ‘open up’ early. This is caused by an aggressive glove-side pull that rotates the shoulders simultaneously with the hips, negating hip-shoulder separation and reducing power output.

Inefficient Energy Transfer (Front Leg Block): The lead leg lands soft and remains bent, failing to create a firm block. This prevents the efficient transfer of momentum and force from the lower body up through the arm, causing velocity leaks.

Late Arm Action: The throwing arm is not ‘up’ into a powerful launch position at front foot strike. This timing issue disrupts the kinetic sequence and places significant, potentially injurious, stress on the shoulder and elbow as the arm rushes to catch up.

High Athleticism: The movement is fluid despite the flaws, indicating good potential for correction and a strong base to build a safer, more efficient delivery.

Sound Deceleration Mechanism: Pronation post-release appears to be the primary deceleration mechanism, which is biomechanically sound — though it is currently working against an inefficient kinetic chain.

Soft Front Leg (Primary Disconnect): The lead leg lands flexed and fails to extend and stabilize (‘block’), preventing the efficient transfer of ground reaction forces up the chain and creating a critical energy leak.

Arm Drag — UCL Red Flag: Clear late arm timing relative to torso rotation leaves the hand behind and below the elbow at foot plant, significantly increasing valgus stress on the elbow’s Ulnar Collateral Ligament (UCL). This is the most significant injury risk factor in the delivery.

Deceleration Overload: A slight recoil during follow-through suggests the posterior shoulder musculature and scapular stabilizers are over-stressed while braking the arm, elevating shoulder injury risk.